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    • 7. 发明授权
    • Hydrodynamic clutch
    • 液力离合器
    • US06502678B1
    • 2003-01-07
    • US09831324
    • 2001-06-26
    • Harald Hoffeld
    • Harald Hoffeld
    • F16H4502
    • F16D47/06F16D43/18F16H45/02F16H61/141
    • The invention relates to a hydrodynamic clutch (1) comprising at least two impellers, as outer wheel (3), and an inner wheel (3). The inner wheel is equipped with an integrated synchronizer clutch (2) and is enclosed by a clutch shell (4) that is coupled to said outer wheel. The invention is characterized in that the clutch elements (6.1, 6.2) are formed by the inner wheel and by the clutch shell. Said inner wheel comprises at least two segments (8.1, 8.2, 8.3) that are displaceably mounted in a radial direction.
    • 本发明涉及一种液力离合器(1),其包括至少两个叶轮,如外轮(3)和内轮(3)。 内轮配备有一个集成的同步离合器(2),并被耦合到所述外轮的离合器壳体(4)包围。 本发明的特征在于,离合器元件(6.1,6.2)由内轮和离合器壳形成。 所述内轮包括沿径向方向可移动地安装的至少两个段(8.1,8.2,8.3)。
    • 8. 发明授权
    • Centrifugally engaged servo clutch for torque converter lock-up
    • 离心式伺服离合器用于变矩器锁定
    • US4140208A
    • 1979-02-20
    • US732264
    • 1976-10-14
    • Julius A. ClaussJoseph G. Salmonowicz
    • Julius A. ClaussJoseph G. Salmonowicz
    • F16H61/14F16H41/18F16D43/14
    • F16H61/141
    • A speed-responsive engaging mechanism adapted for use in a hydrodynamic device to couple turbine and impeller members including a disc secured to the turbine member having a series of convexly curved cam surfaces thereon formed in apertures in the discs with a series of friction shoe assemblies mounted in the apertures in engagement with the cam surfaces. The friction shoe assemblies engage with the impeller at a predetermined speed of rotation of the turbine member, and the curved cam surface induces a wedging engagement of the shoes with the impeller member. Spring means are provided to retain the shoe assemblies in the apertures, and a roller mechanism is provided in each shoe assembly to provide relatively frictionless relative movement between the cam surfaces and the shoe assemblies. Each shoe in the assembly is made of a sintered metal material and has a spring retaining structure cast in the shoe.
    • 一种速度响应接合机构,其适于用于流体动力装置以联接涡轮机和叶轮构件,其包括固定到涡轮机构件的盘,所述圆盘构件具有在其中的孔中的一系列凸形弯曲的凸轮表面,其中安装有一系列摩擦瓦组件 在与凸轮表面接合的孔中。 摩擦瓦组件以涡轮机构件的预定旋转速度与叶轮接合,并且弯曲的凸轮表面引起鞋与叶轮构件的楔入接合。 提供弹簧装置以将鞋组件保持在孔中,并且在每个鞋组件中设置有滚轮机构,以在凸轮表面和鞋组件之间提供相对无摩擦的相对运动。 组件中的每个鞋都由烧结金属材料制成,并且具有铸造在鞋中的弹簧保持结构。
    • 9. 发明授权
    • Engaging mechanism
    • 参与机制
    • US4083440A
    • 1978-04-11
    • US732265
    • 1976-10-14
    • Russell Earl Silberschlag
    • Russell Earl Silberschlag
    • F16H61/14F16D33/00F16D3/34
    • F16H61/141
    • A speed-responsive engaging mechanism adapted for use in a hydrodynamic device to couple turbine and impeller members including a disc secured to the turbine member having a series of cam surfaces thereon formed in apertures in the discs with a series of friction shoe assemblies mounted in the apertures in engagement with the cam surfaces. The friction shoe assemblies engage with the impeller at a predetermined speed of rotation of the turbine member, and the cam means induces a wedging engagement of the shoes with the impeller member. Spring means are provided to retain the shoe assemblies in the apertures, and a roller mechanism is provided in each shoe assembly to provide relatively frictionless relative movement between the cam surfaces and the shoe assemblies.
    • 一种速度响应接合机构,其适于用于流体动力装置以联接涡轮机和叶轮构件,包括固定到具有一系列凸轮表面的涡轮机构件的盘,其上形成有在盘中的孔中的一系列摩擦瓦组件,其安装在 与凸轮表面接合的孔。 摩擦瓦组件以涡轮机构件的预定转动速度与叶轮接合,并且凸轮装置引起鞋与叶轮构件的楔入接合。 提供弹簧装置以将鞋组件保持在孔中,并且在每个鞋组件中设置有滚轮机构,以在凸轮表面和鞋组件之间提供相对无摩擦的相对运动。